Nuclear Energy in India: Overview, Obstacles, and Opportunities

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Nuclear Energy in India Overview, Opportunities, and Obstacles

Transcript of Nuclear Energy in India: Overview, Obstacles, and Opportunities

Page 1: Nuclear Energy in India: Overview, Obstacles, and Opportunities

Nuclear Energy in India Overview, Opportunities, and Obstacles

Page 2: Nuclear Energy in India: Overview, Obstacles, and Opportunities

Today’s eLunch Presenter

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Tyson R. Smith Partner +1 415-591-6874 [email protected]

Page 3: Nuclear Energy in India: Overview, Obstacles, and Opportunities

Overview

Page 4: Nuclear Energy in India: Overview, Obstacles, and Opportunities

History of India’s Nuclear Program

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1940 1950 1960 1970 1980 1990 2000

1974-2008 Primarily indigenous reactors brought online

1946 – Established Atomic Energy Research Commission

1948 – Atomic Energy Act

1954 – Established Dept. of Atomic Energy (DAE)

1956 – First research reactor

1963 – Began construction of first commercial nuclear station

1967 – India announced it would not sign NPT

1973 – First heavy-water reactor

1974 – India tested first atomic weapon

1983 – Established AERB

2010

Page 5: Nuclear Energy in India: Overview, Obstacles, and Opportunities

India’s Nuclear Industry

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Civilian Nuclear Regulator Operator of Nuclear

Power Plants

Uranium

Fuel

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Stable, Competent Nuclear Regulator

• Hierarchy of requirements similar to the U.S. • Published by AERB • Addresses topics such as siting,

design bases, reactor safety, QA, security, etc.

• Similar phases/approvals • Environmental • Siting • Construction

• Excavation

• First pour safety-related concrete

• Erection of major equipment

• Commissioning

• High-quality program • Reactive (e.g., post-Fukushima) • IRRS Mission Findings

• AERB independence is next… 6

Page 7: Nuclear Energy in India: Overview, Obstacles, and Opportunities

Established Nuclear Power Program

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Station Type Units/MW

Tarapur BWR

PHWR 2x160 2x540

Rajasthan PHWR 1x100 1x200 4x220

Kudankulam VVER-1000 2x1000 Kaiga PHWR 4x220 Kakrapar PHWR 2x220 Madras PHWR 2x220 Narona PHWR 2x220

Station Type Units/MW

Tarapur BWR

PHWR 2x160 2x540

Rajasthan PHWR 1x100 1x200 4x220

Kudankulam VVER-1000 2x1000 Kaiga PHWR 4x220 Kakrapar PHWR 2x220 Madras PHWR 2x220 Narona PHWR 2x220

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Sustained International Progress

• In 2008, U.S. and India entered into a Section 123 Agreement under AEA

• Obtained waiver from Nuclear Suppliers Group (NSG)

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Page 9: Nuclear Energy in India: Overview, Obstacles, and Opportunities

Opportunities

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Substantial Need for New (Clean) Energy

• Populous & Growing • 1.3 billion people • 1/6 of global population • 1.25% population growth • Youthful

• 50% below age 25

• Brownouts are common • “Power for All”

• Double energy capacity by 2019 • Investment potential of >$220 billion in next 4-5 years • Clean energy?

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186

2542.7 42.8

5.80

50

100

150

200

Coal Gas Hydro Renewables Nuclear

Installed Capacity (2016) Gigawatts

Goal: Close this gap

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At Cusp of Major Nuclear Expansion

• 25% of electricity from nuclear power by 2050 (currently, 3.5%)

• Multiple reactors under construction

• Market estimated at $150 billion • About the same as in China

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Station Type Units/MW

Rajasthan Unit 7 & 8 PHWR 2x700

Kakrapar Unit 3 & 4 PHWR 2x700

Madras (Kalpakkam) PFBR 1x500

2.6 3.8 6.8

14.6

63

0

10

20

30

40

50

60

70

2000 2008 2016 2025 2032

Nuclear Energy Capacity (GWe)

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0

10

20

30

40

50

60

70

80

90

2006 2007 2008 2009 2010 2011 2012 2013 2014

Annual Capacity Factor (Percent)

Already Benefitting from Access to Fuel

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0

10

20

30

40

50

60

70

80

90

2006 2007 2008 2009 2010 2011 2012 2013 2014

Annual Capacity Factor (Percent)

TVEL 2009 2000 MT natural oxide pellets

TVEL 2009 58 MT enriched oxide pellets

TVEL 2015 42 MT enriched oxide pellets

KAZ 2009 2100 MT natural ore concentrates

KAZ 2015 3750-7000

MT natural ore

concentrates

AREVA 2008 300 MT natural ore concentrates

Cameco 2015 2750-5500

MT natural ore

concentrates

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Significant Foreign Investment Coming?

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Obstacles Remain, But Solutions Here (or on the Way)

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Right of Recourse Complicates Liability Law

• The Civil Liability for Nuclear Damage Act, 2010 • Section 6 sets operator’s liability limits

• Section 17 gives operator “right to recourse” against supplier

• Section 24 provides that supplier’s liability limited to extent of operator’s liability

• Section 46 channels liability to the operator

• Survived legal challenges

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Strict Liability

•Relieving victims of need to prove fault or negligence

Exclusive Liability

•Ensuring that the operator is the only entity liable to compensate for damage (even if caused by a supplier or vendor)

Financial Protection

•Covering the operator’s liability •Ensuring funds are available to

compensate victims

Liability Limits

• Limits in time and amount •Enabling operator to set up a

cost-effective mechanism to cover the liability amount

Single Court

•Providing consistent treatment of claims in the recognition and execution of judgments

International Principles Indian Approach

Strict Liability

•Relieving victims of need to prove fault or negligence

Exclusive Liability

•Ensuring that the operator is the only entity liable to compensate for damage (even if caused by a supplier or vendor)

Financial Protection

•Covering the operator’s liability •Ensuring funds are available to

compensate victims

Liability Limits

• Limits in time and amount •Enabling operator to set up a

cost-effective mechanism to cover the liability amount

Single Court

•Providing consistent treatment of claims in the recognition and execution of judgments

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Strong Gov't Support for Resolving Issues

• Efforts to assuage supplier concerns • U.S.-India announce

“breakthrough” on liability • Ministry of External Affairs

publishes answers to FAQ • India ratifies the Convention on

Supplementary Compensation • Bilateral agreements • Nuclear Insurance Pool

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Critical Commercial Infrastructure in Place

• 27th global nuclear insurance pool • 1500 crore rupees (per CLND)

• Approximately $226 million USD

• Policy for operators and suppliers for third party (public) nuclear liability • Nuclear Operators Insurance Policy • Nuclear Suppliers’ Special Contingency

• First insurance policy for “right of recourse” unveiled by India Nuclear Insurance Pool in August 2016

• Commercial infrastructures now largely in place

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Tier 1 Operators

Tier 2 Turnkey Suppliers

Tier 3 Other Suppliers

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Financing Necessary from Multiple Sources

• Export Credit Agencies • U.S. Ex-Im Bank negotiating loan for

Westinghouse projects • But, no quorum to approve loans

• Congress holds keys to resolution

• Other Ex-Im Banks may have role, too

• Efforts to address NPCIL financial limitations • Feb. 2016 law permits NPCIL to enter into JV

with other PSUs • No private ownership or direct foreign

investment (yet)

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NSG Waiver Sufficient, But India Wants More

• 48-country NSG granted waiver to India in 2008 • India seeking full membership

• Would ensure India’s exports subject to same rules as others engaged in international nuclear trade

• Filed application to join NSG based on substantial progress, including: • Civil-military separation

• Safeguards agreements with IAEA

• Adherence to NSG trigger and dual-use lists

• Would support achievement of COP-21 objectives

• But, opposed by others, including China

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Page 20: Nuclear Energy in India: Overview, Obstacles, and Opportunities

Summary

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Takeaways

• Established nuclear industry and stable regulatory regime • Demonstrated need for new nuclear generation

• Increasing energy demand • Transitioning to “cleaner” energy production

• Strong government support for new nuclear • Steady progress since 2008 • Creating appropriate conditions for making investment decisions

• Regulatory and commercial infrastructure in place • International agreements • Liability and insurance issues on path to resolution

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Page 22: Nuclear Energy in India: Overview, Obstacles, and Opportunities

Thank You.

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Tyson R. Smith Partner +1 415-591-6874 [email protected]